ANT61 provides a space-qualified beacon system for satellite recovery and real-time diagnostics. This independent module ensures continuous two-way communication via Iridium, even after primary satellite power loss. It offers robust anomaly diagnosis, telemetry collection, and secure data transmission for enhanced mission assurance.
Funding
$16K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
TQFounders
Product
Problem
Satellites in orbit are vulnerable to component failures, leading to space debris and mission compromise, while solar farm construction in remote areas poses safety risks and requires skilled labor. Current solutions for satellite maintenance are limited, and solar projects face logistical and workforce challenges.
Solution
ANT61 develops semi-autonomous robots equipped with AI-based control systems to perform installation, assembly, and maintenance tasks in space and on Earth. For in-orbit servicing, their robots can replace faulty satellite components, extending the lifespan of existing infrastructure and reducing space debris. For solar farm construction, the robots automate the unboxing, installation, and connection of solar panels, reducing project timelines and minimizing risks associated with remote deployments. The robots' AI-driven autonomy enables operation in unpredictable environments where remote control is not feasible. ANT61 also offers the Beacon, a satellite module providing real-time diagnostics, inter-satellite communication, and recovery capabilities.
Target Audience
The primary target audience includes satellite operators seeking to extend mission lifecycles and mitigate risks, as well as solar energy companies aiming to improve the efficiency and safety of solar farm construction.
Features
- AI-based control systems for autonomous operation in unpredictable environments
- Robots capable of performing in-orbit satellite servicing, including component replacement
- Automation of solar panel installation and connection for solar farm construction
- The Beacon: a satellite module for real-time diagnostics and recovery
- Inter-satellite communication capabilities via the Iridium constellation
- Independent power reserve for continued operation during satellite power loss
- End-to-end data security with FIPS-140-2 and ASC22FO encryption
- Compatibility with common satellite internal networks (USART, CAN-FD, SPI, I2C)